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My conjecture is that at a certain space or distance between the a proton and an electron, the electron is absorbed by some yet to be understood process and both particles basically lose their charge/mass identity to that of a hydrogen atom. Nevertheless, since the process is not antimatter connected, it can be reversed. I suspect that nature gets a way with this because of the uniqueness of the great mass differences.
What else can I help you with?
What is Niels Bohr's model of the hydrogen atom?
The Bohr model for hydrogen is a proton orbited by an electron.
What items is the best macroscopic analogy of the quantum mechanical model of the atom?
A solar system is often used as a macroscopic analogy for the quantum mechanical model of the atom. In the solar system, the sun represents the nucleus and the planets represent the electrons orbiting around it in discrete energy levels. This analogy helps visualize the concept of electron movement in an atom.
On which element did Bohr base his atomic model of atoms?
hydrogen for my A+ peeps ;)follow my insta @braezybreemy snap @young_breee22
Why is the orbit of the planets around the sun used to model the structure of an atom?
This should be considered only a rough analogy. There is an attracting force, and both the planets and electrons have inertia, but due to certain quantum effects, the analogy is valid only to a certain extent.
How do you make a working model on electricity which is easy to make?
Just make a physics model of the properties which are associated with electricity but are tangible in the real world. I.e. the water analogy of electricity. Water pressure is voltage, electrical current is analogous to water flow rate and a restriction in a water pipe could be resistance. but it is important that this is only a model for certain circumstances and will break down if you try to carry the analogy too far.
In the Watson-Crick model of a double helix the steps of the spiral staircase are composed of?
In the Watson-Crick model of a double helix, the steps of the spiral staircase are composed of nitrogenous bases. These bases include adenine (A) pairing with thymine (T) and cytosine (C) pairing with guanine (G) through hydrogen bonds.
Can you put remake in a sentence?
The model was flawed, so I had to remake it.
In the spiral staircase model of DNA the rungs are what?
nucleotide base pairs
In the spiral staircase model of DNA the rungs are?
nucleotide base pairs
Did Bohr's model of the atom explain hydrogen's flammability?
Bohr's model of the atom doesn't explain hydrogen's flammability.
What is Niels Bohr's model of the hydrogen atom?
The Bohr model for hydrogen is a proton orbited by an electron.
What is the model staircase in Michael Cutter's office on Law and Order?
In "Law & Order," the model staircase in Michael Cutter's office serves as a symbolic representation of his character's ascent and ambition within the legal system. It reflects his meticulous nature and attention to detail, as well as his desire to rise through the ranks in the District Attorney's office. The staircase also acts as a visual motif, emphasizing themes of progress and the complexities of navigating the law.
What items is the best macroscopic analogy of the quantum mechanical model of the atom?
A solar system is often used as a macroscopic analogy for the quantum mechanical model of the atom. In the solar system, the sun represents the nucleus and the planets represent the electrons orbiting around it in discrete energy levels. This analogy helps visualize the concept of electron movement in an atom.
On which element did Bohr base his atomic model of atoms?
hydrogen for my A+ peeps ;)follow my insta @braezybreemy snap @young_breee22
Does the global economic crisis signal that the American model of free market capitalism is fundamentally flawed?
I think no if im not mistaken
How do you make a 3D model of hydrogen?
with your hands
What does the hydrogen model look like?
The hydrogen model typically refers to the Bohr model of the hydrogen atom, which consists of a central nucleus (proton) with an electron orbiting around it in discrete energy levels or shells. This model shows the electron transitioning between these energy levels by emitting or absorbing photons of specific energies. It helps explain the spectral lines observed in hydrogen's emission spectrum.
